Font Size: a A A
Keyword [Adhesion strength]
Result: 81 - 100 | Page: 5 of 6
81. Preparation And Adhesion Strength Of Composites Based On Modified Nano-titanium Dioxide/Modified Starch/Chitosan Films And Paper
82. Study Of Film-forming Agent And Performance On Aluminum Alloy
83. Study On The Properties Of Ni-CeO2 Nanocomposite Coating By Interlaced Jet Electrodeposition
84. Study On The Technology Of Epitaxially Growing TiCN Thin Films On STO Surface
85. Influence Of Structure Property Of Carbon Nanotubes On Adhesion Strength
86. Study On Initial Fouling Characteristics Of Calcium Carbonate On Three Material Suraface
87. Developing Acrylated Epoxidized Soybean Oil Coating For Improving Moisture Sensitivity And Permeability Of Starch-based Film
88. Research On The Influence Of Enviromental Factors On Ice Adhesion
89. Experimental Study On Laser Surface Treatment Method Of Pre-Electrodeposition
90. The Thermal Aging Stability And Adhesion Performance Of Addition-curable Liquid Silicone Rubber
91. Study On Abrasion Resistance And Adhesion Strength Of Silicone Rubber/Solution Polybutadiene-styrene Blend
92. The Effect Of Magnetron Sputtering Parameters On Properties Of The Deposited Al Coating On Sintered NdFeB Surface
93. The Interface Design And Properties Of Diamond-Like Carbon Films With High Adhesion Strength Deposited On Aluminum Alloy
94. Understanding the effects of process parameters on the properties of cold gas dynamic sprayed pure titanium coatings
95. Advanced adhesion strength testing methods of thin film multilayers in electronic packaging systems
96. The effect of crosslinking and copolymer composition on the peel adhesion between chlorinated polyethylene and acrylonitrile-butadiene elastomers
97. Interfacial structure, process control and adhesion strength of copper to aluminum oxide and aluminum nitride direct bonds
98. Research On Icephobic Performance And Mechanism Of Organosilicone/epoxy Coating
99. Investigation On The Formation Mechanism And Properties Of In-situ NbC/Fe Surface Composites
100. Effect Of Nitrogen Contents On Crystal Structure And Properties Of TiN And ZrN Films
  <<First  <Prev  Next>  Last>>  Jump to